An optimum design of low-noise microwave transistor amplifiers for mobile communication receivers in 0.8 GHZ and 1.7 GHZ bands; Computer-aided design and testing of microwave oscillators; Penyelesaian masalah unit commitment dengan kaedah aturan-asas dan penjadualan optimum penjanaan hidro-terma; Design methology and model-based control of prototype scara robot arm; Intelligent minimum-time trajectory path tracking control for industrial robots / [mikrofilem]
Thesis (Master in Electrical Engineering) - Universiti Teknologi Malaysia, 1995
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Kuala Lumpur : UTM,
1995
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| _version_ | 1826358392359223296 |
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| author | Asiah Ramli Menshawi K. Menshawi Mohamad Shafiri Ismail Mohamed M. Ben Omran Otman Musa Said Ahtiwash |
| author_facet | Asiah Ramli Menshawi K. Menshawi Mohamad Shafiri Ismail Mohamed M. Ben Omran Otman Musa Said Ahtiwash |
| author_sort | Asiah Ramli |
| collection | OCEAN |
| description | Thesis (Master in Electrical Engineering) - Universiti Teknologi Malaysia, 1995 |
| first_indexed | 2024-03-04T13:20:14Z |
| format | |
| id | KOHA-OAI-TEST:17313 |
| institution | Universiti Teknologi Malaysia - OCEAN |
| last_indexed | 2024-03-04T13:20:14Z |
| publishDate | 1995 |
| publisher | Kuala Lumpur : UTM, |
| record_format | dspace |
| spelling | KOHA-OAI-TEST:173132020-12-19T16:55:47ZAn optimum design of low-noise microwave transistor amplifiers for mobile communication receivers in 0.8 GHZ and 1.7 GHZ bands; Computer-aided design and testing of microwave oscillators; Penyelesaian masalah unit commitment dengan kaedah aturan-asas dan penjadualan optimum penjanaan hidro-terma; Design methology and model-based control of prototype scara robot arm; Intelligent minimum-time trajectory path tracking control for industrial robots / [mikrofilem] Asiah Ramli Menshawi K. Menshawi Mohamad Shafiri Ismail Mohamed M. Ben Omran Otman Musa Said Ahtiwash Kuala Lumpur : UTM,1995Thesis (Master in Electrical Engineering) - Universiti Teknologi Malaysia, 1995131415PSZJBLAmplifiers, Radio frequencyAutomatic trackingElectric power systemsHydrothermal electric power systemsMicrowave amplifiersMobile communication systemsOscillators, MicrowaveOscillators, MicrowavePID controllersRobotsRobotsRobots, IndustrialScheduling (Management) |
| spellingShingle | Amplifiers, Radio frequency Automatic tracking Electric power systems Hydrothermal electric power systems Microwave amplifiers Mobile communication systems Oscillators, Microwave Oscillators, Microwave PID controllers Robots Robots Robots, Industrial Scheduling (Management) Asiah Ramli Menshawi K. Menshawi Mohamad Shafiri Ismail Mohamed M. Ben Omran Otman Musa Said Ahtiwash An optimum design of low-noise microwave transistor amplifiers for mobile communication receivers in 0.8 GHZ and 1.7 GHZ bands; Computer-aided design and testing of microwave oscillators; Penyelesaian masalah unit commitment dengan kaedah aturan-asas dan penjadualan optimum penjanaan hidro-terma; Design methology and model-based control of prototype scara robot arm; Intelligent minimum-time trajectory path tracking control for industrial robots / [mikrofilem] |
| title | An optimum design of low-noise microwave transistor amplifiers for mobile communication receivers in 0.8 GHZ and 1.7 GHZ bands; Computer-aided design and testing of microwave oscillators; Penyelesaian masalah unit commitment dengan kaedah aturan-asas dan penjadualan optimum penjanaan hidro-terma; Design methology and model-based control of prototype scara robot arm; Intelligent minimum-time trajectory path tracking control for industrial robots / [mikrofilem] |
| title_full | An optimum design of low-noise microwave transistor amplifiers for mobile communication receivers in 0.8 GHZ and 1.7 GHZ bands; Computer-aided design and testing of microwave oscillators; Penyelesaian masalah unit commitment dengan kaedah aturan-asas dan penjadualan optimum penjanaan hidro-terma; Design methology and model-based control of prototype scara robot arm; Intelligent minimum-time trajectory path tracking control for industrial robots / [mikrofilem] |
| title_fullStr | An optimum design of low-noise microwave transistor amplifiers for mobile communication receivers in 0.8 GHZ and 1.7 GHZ bands; Computer-aided design and testing of microwave oscillators; Penyelesaian masalah unit commitment dengan kaedah aturan-asas dan penjadualan optimum penjanaan hidro-terma; Design methology and model-based control of prototype scara robot arm; Intelligent minimum-time trajectory path tracking control for industrial robots / [mikrofilem] |
| title_full_unstemmed | An optimum design of low-noise microwave transistor amplifiers for mobile communication receivers in 0.8 GHZ and 1.7 GHZ bands; Computer-aided design and testing of microwave oscillators; Penyelesaian masalah unit commitment dengan kaedah aturan-asas dan penjadualan optimum penjanaan hidro-terma; Design methology and model-based control of prototype scara robot arm; Intelligent minimum-time trajectory path tracking control for industrial robots / [mikrofilem] |
| title_short | An optimum design of low-noise microwave transistor amplifiers for mobile communication receivers in 0.8 GHZ and 1.7 GHZ bands; Computer-aided design and testing of microwave oscillators; Penyelesaian masalah unit commitment dengan kaedah aturan-asas dan penjadualan optimum penjanaan hidro-terma; Design methology and model-based control of prototype scara robot arm; Intelligent minimum-time trajectory path tracking control for industrial robots / [mikrofilem] |
| title_sort | optimum design of low noise microwave transistor amplifiers for mobile communication receivers in 0 8 ghz and 1 7 ghz bands computer aided design and testing of microwave oscillators penyelesaian masalah unit commitment dengan kaedah aturan asas dan penjadualan optimum penjanaan hidro terma design methology and model based control of prototype scara robot arm intelligent minimum time trajectory path tracking control for industrial robots mikrofilem |
| topic | Amplifiers, Radio frequency Automatic tracking Electric power systems Hydrothermal electric power systems Microwave amplifiers Mobile communication systems Oscillators, Microwave Oscillators, Microwave PID controllers Robots Robots Robots, Industrial Scheduling (Management) |
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